Creating video games can be a very complex process, which requires taking into account
various hardware and software limitations. This process is even more complex for mobile …

Mobile edge computing (MEC) paradigm supports cloud-like computing capabilities at the
edge of the network and offers low-latency services. Proxy servers of MEC with mobility and …

The virtues of security, reliability, and extensibility have made state-of-the-art microkernels
prevalent in embedded and safety-critical scenarios. However, they face performance and …

Power governing is a critical component of modern mobile devices, reducing heat
generation and extending device battery life. A popular technology of power governing is …

Mobile apps have become essential components of our daily lives, seamlessly integrating
into routines to fulfill communication, productivity, entertainment, and commerce needs, with …

Scheduling and governing are two key technologies to trade off the Quality of Service (QoS)
against the power consumption on mobile devices with heterogeneous cores. However …

Background The emergence of smartphones has sparked a transformation across multiple
fields, with health care being one of the most notable due to the advent of mobile health …

Current mobile edge computing (MEC) owns cloud resources at the network edge, which
enables low-latency mobile services. In addition to fixed MEC servers, MEC proxy servers …

This paper proposes a deep reinforcement learning-based power management method for
mobile devices. By learning the load characteristics of the device under different usage …

In the age of AI, mobile architectures such as smartphones are still “cold machines”;
machines do not feel. If the architecture is able to feel users' feelings and runtime user …